Preliminary geologic map of the Milpitas Quadrangle, Alameda and Santa Clara counties, California
T.W. Dibblee Jr.
1972, Open-File Report 72-91
Flood of June 1972: Genesee River at Scio and Dyke Creek at Wellsville, New York
L.A. Wagner, P.H. Hamecher
1972, Open-File Report 72-437
In June 1972, tropical storm Agnes caused sever flooding in Pennsylvania and southern New York. The flood, on many major streams were the highest known since the river valleys were settled. Maximum discharges were as much as twice the discharge of a 50-year flood. In southern New York, large areas...
Map showing flood of June 1972 resulting from tropical storm Agnes, Genesee River near Rochester, New York
L.A. Swallow, W.J. Schneider
1972, Open-File Report 72-370
No abstract available....
Flood of June 1972: Cohocton River at Savona, New York
L.A. Wagner, P.H. Hamecher
1972, Open-File Report 72-434
In June 1972, tropical storm Agnes caused sever flooding in Pennsylvania and southern New York. The flood, on many major streams were the highest known since the river valleys were settled. Maximum discharges were as much as twice the discharge of a 50-year flood. In southern New York, large areas...
Reconnaissance of the Rifle River, a cold-water river in the northeastern part of Michigan's Southern Peninsula
G. E. Hendrickson, C. J. Doonan
1972, Hydrologic Atlas 426
Resources of coarse aggregate, Hartford North Quadrangle, Connecticut
W. H. Langer
1972, IMAP 784-G
Thickness of material overlying principal clay unit, Hartford North Quadrangle, Connecticut
W. H. Langer
1972, IMAP 784-F
Vegetation map of the Evergreen Quadrangle, Jefferson County, Colorado
J. C. Reed Jr., J. R. Keith
1972, IMAP 786-B
Geologic map of the Taruntius Quadrangle of the Moon
D.E. Wilhelms
1972, IMAP 722
The distribution of major physiographic provinces and geologic units of the Tarantius quadrangle is determined by the five intersecting circular multi-ringed mare basins. Three basins, i<span...
Surficial geologic map of the Pelican Cone Quadrangle, Yellowstone National Park and adjoining area, Wyoming
G.M. Richmond, H.A. Waldrop
1972, IMAP 638
Geologic map of the Tycho Quadrangle of the Moon
H. A. Pohn
1972, IMAP 713
The Tycho quadrangle is centrally located in the southern half of the earthside hemisphere of the Moon. The area is characterized by a high density of craters, the largest of which <span...
Map showing landslides and areas of potential landsliding in the Salina quadrangle, Utah
Paul L. Williams
1972, IMAP 591-L
The term “landslide” is broadly defined as any “downward and outward movement of slope-forming materials composed of natural rock, soils, artificial fills, or combinations of these materials. The moving mass may proceed by any one of three principal types of movement: falling, sliding, or flossing, or by their combinations” (Varnes,...
Methods for analysis of organic substances in water
D.F. Goerlitz, Eugene Brown
1972, Techniques of Water-Resources Investigations 05-A3
Sites of solid-waste storage and liquid-waste discharge, Hartford North Quadrangle, Connecticut
L.A. Weiss
1972, IMAP 784-Q
Map showing relative ease of excavation in the Salina quadrangle, Utah
Paul L. Williams
1972, IMAP 591-J
This map shows the relative ease (or difficulty) with which rocks and surficial deposits can be excavated. Because of rapidly changing technology of excavation and considerable local variability of many rock units, it is not practical to specifically categorize rock units according to type of equipment needed for their excavations....
Geologic map of the Mule Ear Diatreme, San Juan County, Utah
D.E. Stuart-Alexander, E.M. Shoemaker, H. J. Moore
1972, IMAP 674
Map showing types of bedrock and surficial deposits, Salina quadrangle, Utah
Paul L. Williams
1972, IMAP 591-H
No abstract available....
Geologic map of the Jackson Quadrangle, Teton County, Wyoming
J. D. Love, H. F. Albee
1972, IMAP 769-A
Quality of surface water in the Bear River basin, Utah, Wyoming, and Idaho
K.M. Waddell, Don Price
1972, Hydrologic Atlas 417
The United States Geological Survey, in cooperation with the Utah Department of Natural Resources, Division of Water Rights, began a reconnaissance in 1967 to obtain essential water-quality information for the Bear River basin. The reconnaissance was directed toward defining the chemical quality of the basin’s surface waters, including suitability for...
Surficial geologic map of the Yellowstone National Park
G.L. Richmond, K. L. Pierce, H.A. Waldrop
1972, IMAP 710
Map showing relative erodibility of geologic materials in the Parker quadrangle, Arapahoe and Douglas Counties, Colorado
J. O. Maberry
1972, IMAP 770-G
No abstract available....
Map showing seiche, rockslide, rockfall, and earthflow hazards in the Henrys Lake quadrangle, Idaho and Montana
I. J. Witkind
1972, IMAP 781-C
No abstract available....
Map showing transportation routes in the Parker Quadrangle, Arapahoe and Douglas counties, Colorado
J. O. Maberry
1972, IMAP 770-C
Slope map of the Parker quadrangle, Arapahoe and Douglas Counties, Colorado
J. O. Maberry
1972, IMAP 770-F
No abstract available....
Map Showing Areas Containing Swelling Clay in the Morrison Quadrangle, Jefferson County, Colorado
Glenn R. Scott
1972, IMAP 790-C
Formations that contain clays having swelling pressures higher than 2,500 pounds per square foot (as measured by the Potential Volume Change meter) are listed in order of decreasing swelling pressure: Denver Formation, Pierre Shale, Laramie Formation, Green Mountain Conglomerate, Fox Hills Sandstone, and Arapahoe Formation. Some landslides derived from these...